一步法己二酸？ 你好，能进一步说明一下这个技术吗？现在运行情况怎样 目前该技术应该还没有商业化。网站上没有进一步信息，只是说完成了中试，计划卖license。 其中文网站是这么说的 新氧化催化剂技术 大赛璐从1997年开始，就与关西大学共同研究和开发该大学石井康敬教授发现的以n-羟基酰亚胺为催化剂（ni催化剂）的新氧化催化剂技术，并已运用在多个通用化学品、特殊化学品的生产上。ni催化剂是针对广泛的基质，具有高活性、高选择性特征的氧化催化剂，有望在节约资源、节约能源以及温室化气体对策等方面发挥优势。我们总结了迄今为止的研究成果，作为ni催化剂技术包（试点技术）进行介绍。 特别是完全不排放温室化气体no 2 、通过从环己烷直接氧化生产己二酸的技术已结束试点研究，并正在开展技术许可的工作。 对照的英文网站是这么说的 a new technology for oxidation catalysts working jointly with kansai university since 1997, daicel has been focused on the research and development of a new technology for oxidation catalysts. this technology, which uses n-hydroxyphthalimide as the catalyst (ni catalyst), was invented by professor yasutaka ishii of kansai university. this innovation has already been put into practical use to manufacture several commodity and specialty chemicals. ni catalyst is a highly active oxidation catalyst that is highly selective on various substrates. the use of this catalyst can contribute to resource and energy conservation as well as reduced emissions of greenhouse gasses. the results of our research on ni catalyst are introduced as a package of ni catalyst technology (pilot technology). among the various technologies we have developed, adipic acid manufacturing technology is especially promising because it enables direct oxidation from cyclohexane and zero emissions of no2, a greenhouse gas. we have already completed a pilot study for this technology and are now planning to grant technology licenses. 查看更多
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